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Bachelor of Science in Electrical Engineering

Improve Life with Electricity with a Bachelor of Science in Electrical Engineering

Bachelor of Science in Electrical Engineering

What is Electrical Engineering?

Electrical energy and systems have reached the center of contemporary society and so too are electric and electronics engineers.  Nowadays, Electrical Engineers may deal in everything from the most recent smart phone, to ensuring a continuous reserve of electricity to the homes and workplaces. Though electrical engineering may also overlap with tasks related to electronic and mechanical engineering, the difference between these fields should not be confused. For electrical engineering, the main concern is the most significant problems nowadays, electricity and its transmission.

Education and Certification

A Bachelor of Science in Electrical Engineering degree program prepares students for duties and responsibilities within the energy system, from design conversion facilities and electricity generation, through to managing the distribution of electricity to individual users and devices. Students of electrical engineering may also specialize in various kinds of energy sources including hydro power, wind or solar electricity.

Electrical engineering is really a broad area of study that entails numerous disciplines, and you can find an array of electrical engineering jobs in various different fields. It covers different areas including digital computers, RF engineering, signal processing, electronics, power engineering and telecommunications. In the United States education system, the bachelor’s degree in electrical engineering requires four years of study while in Britain only three years of study. Classes include differential equations, digital systems design, and electrical circuit theory. Programs in electrical engineering ought to be accredited by ABET (previously the Accreditation Board for Engineering and Technology).

At some universities, students may register in a 5-year program which results in both a bachelor’s degree and a master’s degree.

Once the bachelor’s degree is completed, students may take the Fundamentals of Engineering (FE) assessment and should get a passing score before they can become Engineer-In-Training. After getting related work experience, they can take the second examination called the Professional Engineering (PE) assessment, which is administered by, ABET. If they passed the license exam that is the only time, they can receive their Professional Engineer certification or their permit to practice.

Employment and Salary Overview

Employment opportunities for electrical engineering graduates are quite powerful in various industries worldwide. In Australia, for example, the federal government forecasts continued strong jobs increase up to 2016 – 17. While in the United States, according to the U.S. Bureau of Labor Statistics there will be about 6% increase in employment for electrical engineers from 2010 to 2020.  Although this is really slower as opposed to overall growth rate predicted over the industry, the emerging fields in electrical engineering such as breakthrough in alternative energy will open great opportunities for electrical engineering graduates.

According to the data of United States Bureau of Labor Statistics, the industries that employ most number of electrical engineers include Architectural, Engineering, and Related Services, Electric Power Generation, Transmission and Distribution, Aerospace Product and Parts Manufacturing, Navigational, Measuring, Electro-Medical, and Control Instruments Manufacturing and Semiconductor and Other Electronic Component Manufacturing. While the top paying industries for this profession include Oil and Gas Extraction industry, Semiconductor and Other Electronic Component Manufacturing, Aerospace Product and Parts Manufacturing, Computer Systems Design and Related Services and other Support Services.

When it comes to salary expectations, those within the electrical and electronics sector often bring in more. The United States Bureau of Labor Statistics reports that the average yearly wages for electrical engineers within the United States was $91,810 in May 2012.

If you have the love for complexity and electrical gadgets and devices, a Bachelor of Science in Electrical Engineering might be the right course for you. Aside from its promising career paths and lucrative pay, you will be exposed more on world of electricity and its boundless contribution to humanity.

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Bachelors of Science in Engineering Technology

Why Choose a Bachelors of Science in Engineering Technology Degree?

Bachelors of Science in Engineering TechnologyObtaining a Bachelors of Science in Engineering Technology degree is all about teaching students how to utilize various innovations and technological advancements to solve engineering problems. A student should therefore expect to tackle advance courses in applied mathematics and applied natural sciences. He will then combine the theoretical knowledge he gains through these courses with the prevailing principles of engineering. The primary purpose of integrating engineering with science and technology is to quicken the pace of human kind’s progress. The students will review existing technologies and formulate ways on how to improve them. They should also find measures to implement the improvements they have devised. Most common areas of application are:

  • Product improvement
  • Manufacturing process improvement
  • Engineering operational functions improvement

Engineering technologists almost always work as part of a team. Their familiarity with innovations and technological advancements will allow them to study theoretical designs and judge their feasibility. If the designs are realistic then the technologists will recommend ways on how to realize the designs in the fastest, safest, and most efficient manner. Graduate of the program can enter the industry of engineering through the following positions:

  • Calibration Engineer
  • Calibration Programmer
  • Network Supervisor
  • Process Analyst
  • Project Engineer
  • Systems Engineer
  • Technical Sales Engineer

Standard Admission Requirements

Students who plan to enrol for a degree program in Bachelor of Science in Engineering Technology should make their preparations as early as secondary education. This is because most colleges and universities only accept to the program students who have above average grades in all their high school mathematics and science and technology subjects. The emphasis on competency in science courses is higher compared to other engineering majors because of how close the program works with scientific innovations and technological advancements. The students should also obtain high grades in the math and science portions of their college entrance exams.

Standard Program Setup

The degree program will implant unto the students analytical and critical thinking skills right from the first year. This is because practicing the profession revolves around identifying innovations and advancements and then analysing their strengths and flaws so that measures for their improvement can be proposed. It is important that the graduate spots the advantages and disadvantages of a product or process as soon as possible. The program will contain numerous laboratory classes that will help the student improve his problem solving skills through practical knowledge and experimentation. After all, they will become problem solvers in the future repeating the same question over and over again, “How can I make this better?”

Career Opportunities

Engineering technologists work primarily in the research and development department of a private or government institution. They will be given topics or specific products or processes to work on and they will try to find ways on how to improve them. The researchers are often left to their own devises such as which area to start on and determining the kinds of improvement that should be strived for. Researchers who manage to develop and create a much better version of a product or process can make huge sums of money because the eventual patenting of their product will entitle them to a portion of the revenues that will be generated by the product.

Alternatively, bachelors of the course can choose to practice as professors. They are then recognized as members of the education sector. They can opt to teach science and technology in high school or engineering technology in college.

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Bachelors of Science in Biomedical Engineering

Developing Health Care Solutions with a Bachelors of Science in Biomedical Engineering

Bachelors of Science in Biomedical EngineeringBiomedical Engineers play an important role in developing health care solutions and integrating of engineering principles to medicine. If you want to be a biomedical engineer, the Bachelors of Science in Biomedical Engineering (BME) is the initial education that needs be taken. It is a course that bridges the gap between the study of medicine and engineering.  This course unites the analytical problem solving and creativity of engineering with biological and medical sciences to seek solutions and improvements in medicine, including analysis, observation, and medical treatment.

Undergraduate program in Biomedical Engineering

Biomedical Engineering is a comprehensive, interdisciplinary area that incorporates both engineering and medical principles. The undergraduate program provides students with extensive training in engineering, and also in fundamental sciences. It features a strong interdisciplinary component that unites the quantitative facets of engineering principles and analysis as well as the complete spectra of physiology and biology to create breakthroughs in the cellular and molecular levels of organisms and medical systems.

It is a degree that has just recently developed compared to numerous other engineering fields. As a fresh field transition from being an interdisciplinary specialty among other well-known fields, to being a separate degree is already a milestone for this discipline. In accordance to the development of this study are the notable biomedical engineering breakthroughs.  Today’s biomedical engineering projects comprise the creation of various diagnostic, biocompatible prosthesis and therapeutic medical devices including equipment to micro implants, common imaging equipment such as regenerative tissue growth and EEGs, MRIs, pharmaceutical medicines and biological therapeutic devices.

How to be a Biomedical Engineer?

As with many engineering fields, a bachelor degree is generally the minimum requirement to be a professional biomedical engineer. Biomedical engineering education and training comprises 50 months of the subsequent course requirements and combined internship or training programs.

Similar to other engineers, biomedical engineers are also required to secure a professional certification, like fulfilling particular training requirements and passing an assessment to be a professional engineer. These certifications are generally nationwide controlled and registered. However, professional certifications are not uniform and as conventional like other engineering fields because BME is just a new degree in engineering. For instance, the engineering examination in the America does not contain a biomedical engineering area, although it will cover biology.

Careers in Biomedical Engineering

There is a wide range of careers in Biomedical Engineering to choose from. The diverse specializations in this study offer a number of career paths including jobs in pharmaceutical and medicine manufacturing, colleges, universities, and professional schools, biotechnology, medical equipment and supplies manufacturing, medical engineering, imaging and image processing, physiological systems and modeling, radiology, biomechanics, rehabilitation engineering, scientific research and other jobs related to development of medical instruments and devices.

Salary of Biomedical Engineer

According to the US department of Labor, Bureau of Labor Statistics, the median annual wage of biomedical engineers was $81,540 in May 2010. While the lowest 10 percent earned less than $49,690, and the top 10 percent earned more than $126,990.

Now that you have a brief overview of Biomedical Engineering, would you like to be part of the health protection movement and improve the quality of life? Being a Biomedical Engineer is a great opportunity to contribute in the preservation of life and health worldwide. According to the US department of Labor, Bureau of Labor Statistics, employment of biomedical engineers is expected to increase faster than the average for all occupations.  The employment projection for biomedical engineers is expected to grow by 62 percent from 2010 to 2020. Therefore, if you are considering Bachelors of Science in Biomedical Engineering degree for your college education, you definitely are in the right career path.

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Bachelor of Science in Engineering Technology

Get an Understanding of Engineering Operations with a Bachelor of Science in Engineering Technology

Bachelor of Science in Engineering TechnologyBachelor of Science in Engineering Technology Overview

A Bachelor of Science in Engineering Technology degree provides an understanding of management in a changing environment, operations and project management, quality systems, human resources management techniques, and decision making that pertains to production, research and service organizations. It is a combination of practical and theoretical knowledge with concentrations in electronics, process plant, product design, test and evaluation, distribution and sales, manufacturing, operations, service and maintenance. To qualify for the bachelor’s program, students must finish their two years associate degree in engineering.

Engineering Technologists are significant part of the engineering team. They must have the capacity to create practical and workable results, install and control technical systems, formulate hardware from abstractions, produce and develop goods, service systems and machines, control construction and production processes, and provide revenue assistance for technical products and systems. Moreover, they should possess important qualities like critical thinking skills, math skills, prioritizing skills, monitoring skills, comprehension skills, writing and problem-solving skills.

They often work with engineers and researchers, especially in examination and product development, constructing or assembling equipment, preparing and running experiments, analyzing results, or making prototype versions of newly designed equipment. Others work in quality control of products and procedures, performing tests, and collecting data. In manufacturing, they may help in product design, development, or production. In many cases, the technologists are the one who develop ideas and turns them into reality.

With a Bachelor of Science in Engineering Science degree, students have the option to take further studies in technical management, advertising, sales and other customer relations or to concentrate on the technical side of their chosen field.

Some of the universities that offer this degree program are Western Illinois University, Dwight Look College of Engineering, Southeast Missouri State University, University of North Carolina, Central Michigan University, and University of Memphis.


After completing the bachelor’s degree program, students can take the Fundamental of Engineering assessment and should they pass the exam, they will be a certified Engineer-in-Training. Once they completed their required related work experience, they can take the Professional Engineer (PE) license examination. If they passed the assessment only then they are called Certified Professional Engineers.

Although certification is not a requirement for employment, it is still best to secure one for advancement of careers. Another certification the engineering technologists can have is the certificate from National Institute for Certification in Engineering Technologies (NICET). This certification may require an assessment and documentation, including recommendations, work experience and, for most programs, supervisor authentication of specific experience.

Employment Outlook

Based on the data from the United States Bureau of Labor Statistics the employment for engineering technicians and technologists may increase by 12% starting 2010 to 2020. They continuous growth of construction business and manufacturing industries may open more job opportunities for engineering graduates.  Moreover, with the growing population, there will always be the need for building various infrastructures, water systems and buildings. Engineering technologists and other engineering positions are part of this work.

According to the U.S. Bureau of Labor Statistics the top industries that are employing most number of engineers are Federal Executive Branch (OES Designation), Management of Companies and Enterprises, Employment Services, Scientific Research and Development Services and Architectural, Engineering, and Related Services. In addition, this profession has huge possibilities in industries like Computer and Peripheral Equipment Manufacturing, Scientific Research and Development Services, Architectural, Engineering, and Related Services, Pipeline Transportation of Crude Oil and Federal Executive Branch.

Salary of Engineering Technologists

In the reports of the United States Bureau of Labor Statistics, the median yearly wage for engineers in May 2012 was $93,330. Although the salary of an engineering technologist was not specifically mention, the rough estimation would not be far from the overall average salary of those in engineering field.

With this promising benefits and challenging career, a Bachelor of Science in Engineering Technology degree is really a great choice for a college education.